CN106596238B - Match the integral molding of the upper and lower plates of the rock structure to make molds - Google Patents

Abstract

The integral forming manufacturing die for the upper disc and the lower disc of the rock structural surface comprises a bottom plate, a left side plate, a right side plate, a front side plate, a rear side plate, an upper disc structural surface template and a lower disc structural surface template, wherein the upper surface of the upper disc structural surface template is the surface appearance of the lower disc of the structural surface to be manufactured, and the lower surface is a plane; the upper surface of the lower disc structure surface template is the surface appearance of the lower disc of the structure surface to be manufactured, and the lower surface is a plane; the upper surface of the upper disc structure surface template is matched with the upper surface of the lower disc structure surface template, the upper disc structure surface template and the lower disc structure surface template are vertically arranged and are connected with each other in a way that the plane sides face back to back; the detachable connecting handles among the adjacent left side plate, the rear side plate, the right side plate and the front side plate form a cavity for pouring materials, and the middle part of the cavity is provided with an upper disc structure face template and a lower disc structure face template which are connected back to back. The invention has the advantages of simple process, good effect and short period.

Description

Match the integral molding of the upper and lower plates of the rock structure to make molds

technical field

The invention relates to a production mold for the integral formation of an anastomotic structure surface and a bottom plate, which is suitable for the integral production of different types of anastomosis structure surface and bottom plate samples, and belongs to the engineering technical field.

Background technique

The rock structural surface is a necessary condition for testing the mechanical characteristic parameters of the structural surface, and the corresponding manufacturing mold and manufacturing method are required to make a matching structural surface.

In terms of making moulds, the patent No. 2009101549602 provides a mold for making a direct shear test structural surface model, which includes an upper plate mold, a lower plate mold and positioning pins. The upper plate mold is located on the lower plate mold. The bottom surface of the side plate of the upper plate mold is provided with positioning pins to realize the centering of the upper plate mold and the lower plate mold. The upper plate mold includes an upper front side plate, an upper left plate, an upper rear side plate and an upper right plate. , the upper front side plate is fixedly connected with the upper left side plate and the upper right side plate, the upper rear side plate is fixedly connected with the upper left side plate and the upper right side plate; the lower plate mold includes the lower front side plate, the lower left side plate, the lower rear side plate and the lower right side plate;

In terms of production method, the patent No. 2009101547819 provides a method for making the structural surface model of direct shear test, that is, first select and process the structural surface of the original rock, then place the lower mold on the selected position of the original structural surface, pour the evenly stirred mixture into the lower mold, after curing, turn over the structural surface sample of the lower plate together with the lower mold, and remove the used isolation film on the structural surface of the lower plate, re-lay the isolation film, and put the upper mold on the surface. Put it on the lower mould, pour the weighed raw materials into the upper mould, and finally carry out the demoulding process.

Although the above two existing manufacturing molds and manufacturing method patents can realize the production of the upper and lower plates matching the rock structure, there are still the following deficiencies:

1) The production process is complicated and cannot be produced as a whole at the same time. The upper and lower plate samples on the structural surface are not produced as a whole at one time. The production of the upper and lower plate samples on the structural surface needs to be divided into two processes, the upper plate sample and the lower plate sample, and they are produced in sequence. They cannot be fabricated at the same time. The process is complicated and the production cycle is long.

2) The surface properties of the structural surface are poor. In the original scheme, when making the surface topography of the upper wall structural surface or the surface topography of the lower wall structural surface, the shape template of the original rock or the artificial structural surface is located at the bottom of the production mold, which will cause bubbles on the surface of the fabricated structural surface to be difficult to discharge, which will reduce the physical and mechanical properties of the structural surface surface, thereby affecting the reliability of the physical and mechanical test results of the structural surface.

3) The flatness of the contact surface between the structural surface sample and the vertical loading device (usually referred to as the actuator) of the direct shear instrument on the rock structural surface is poor. In the existing scheme, the contact surface between the structural surface sample and the vertical loading device of the rock structural surface direct shear instrument is manually smoothed. The flatness varies from person to person and is difficult to control. It is easy to cause the stress effect concentration during the test process and affect the reliability of the test results.

Contents of the invention

In order to overcome the disadvantages of complex manufacturing process of the upper and lower plates on the matching structural surface, poor surface performance of the structural surface, and poor flatness of the contact surface between the sample and the testing machine, the present invention provides a production mold for the integral formation of the upper and lower plates of the matching rock structural surface, which can be integrally produced simultaneously, has excellent surface performance of the structural surface, and a flat contact surface. It has the characteristics of simple process, good effect, and short cycle time.

The technical solution adopted by the present invention to solve its technical problems is:

A mold for the integral molding of the upper and lower walls of the rock structural surface, comprising a base plate, a left side plate, a right side plate, a front side plate, a rear side plate, an upper wall structural surface template and a lower wall structural surface template, the upper surface of the upper wall structural surface template is the surface topography of the structural surface and the lower wall to be made, and the lower surface is a plane; The structural surface formwork of the upper wall and the structural surface formwork of the lower wall are placed vertically, and the plane sides of each other are connected against each other;

The upper plate structural surface formwork and the lower plate structural surface formwork connected back to back are detachably connected to the middle of the bottom plate. Between the left side and the left side plate, between the right side and the right side plate of the bottom plate, between the front side of the bottom plate and the front side plate, between the back side of the bottom plate and the rear side plate can be detachably connected, and the detachable connection handle between the adjacent left side plate, rear side plate, right side plate, and front side plate forms a cavity for pouring pouring materials. Face formwork and footwall structure face formwork.

Further, the detachable connection structure includes fixing bolts, and the fixing bolts pass through the bolt holes of the two components.

Still further, the fixing bolts include fixing bolts for the side plate and the bottom plate, fixing bolts for the side plate and the side plate, fixing bolts for the formwork of the upper and lower plate structural surfaces, and fixing bolts for the formwork and the bottom plate of the lower plate structural surface.

Furthermore, the bottom plate is a plate-shaped structure with a slot in the middle, and the slot in the middle is used to place the assembled upper and lower plate structure surface templates. There are 8 through bolt holes on the upper and lower sides of the bottom plate for fixing the side plates, and there are two through bolt holes in the slot in the middle of the bottom plate, which are used to fix the assembled upper and lower plate structure surface templates.

Two bolt holes are left on the front and back of the left side plate for connecting with the front side plate and the rear side plate; two bolt holes are left at the bottom of the left side plate for connecting with the bottom plate; two bolt holes are left at the front and back of the right side plate for connecting with the front side plate and the rear side plate, and two bolt holes are left at the bottom of the right side plate for connecting with the bottom plate.

There is a vertical card slot in the middle of the back of the front side plate, which is used to place the assembled upper and lower plate structure surface templates. There are 4 through bolt holes on the left and right sides of the front side plate, which are used to connect with the left and right side plates. There are 2 bolt holes at the bottom of the front side plate, which are used to connect with the bottom plate.

There is a vertical slot in the middle of the front of the rear side plate, which is used to place the assembled upper and lower panel structure surface templates. There are 4 through bolt holes on the left and right sides of the rear side plate for connecting the left side plate and the right side plate. Two bolt holes are left at the bottom of the rear side plate for connecting with the bottom plate.

The structural surface formwork of the upper wall and the structural surface formwork of the lower wall are connected to each other through the fixing bolts of the structural surface formwork of the lower wall. There are four bolt holes on the left and right sides of the structural surface formwork of the upper wall, which are connected to each other.

The beneficial effects of the present invention are mainly manifested in:

(1) When making the sample, it is required that the structural surface formwork is placed vertically and in the middle of the mold, which overcomes the original deficiency that the structural surface formwork is placed horizontally, so that the structural surface and the upper and lower plate samples can be integrally formed at one time, and the process is simple.

(2) It is possible to make samples of the upper and lower plates of the structure at the same time, the sample production cycle is short, and it is not necessary to follow the production sequence of the lower plate first and then the upper plate, avoiding safety accidents caused by equipment lifting.

(3) The structural upper plate sample and the lower plate sample are placed left and right in the mold during production, which overcomes the shortcomings of the conventional placement method of the structural upper plate and the lower plate in the existing scheme, which is conducive to the discharge of air bubbles on the surface of the structural surface, and the left and right side plates on the structural surface after fabrication are extremely flat, and the upper and lower sides of the formed sample have high flatness.

Description of drawings

Figure 1 is a top view of the mold.

Figure 2 is a front view of the mold.

Figure 3 is a left view of the mold.

Figure 4 is a top view of the mold bottom plate.

Fig. 5 is a front view of the mold bottom plate.

Fig. 6 is a left side view of the mold bottom plate.

Fig. 7 is a plan view of the left side plate of the mould.

Fig. 8 is a front view of the left side plate of the mould.

Fig. 9 is a left view of the left side plate of the mould.

Fig. 10 is a three-dimensional view of the left side plate of the mould.

Figure 11 is a top view of the mold rear side plate.

Figure 12 is a front view of the rear side plate of the mold.

Figure 13 is a left side view of the mold rear side plate.

Figure 14 is a three-dimensional view of the rear side plate of the mold.

Fig. 15 is a top view of the upper and lower plate structural surface templates (after assembly) of the mould.

Fig. 16 is a front view of the upper and lower plate structural surface templates (after assembly) of the mould.

Fig. 17 is a left view of the upper and lower plate structural surface templates (after assembly) of the mould.

Fig. 18 is a front view of the structural surface template of the upper plate of the mold.

Fig. 19 is a front view of the structural surface template of the lower plate of the mold.

Fig. 20 is a cross-sectional view of the sawtooth-shaped upper plate sample A and the lower plate sample B matching each other.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings.

Referring to Figures 1 to 20, a production mold conforming to the integral formation of the upper and lower plates of the rock structure includes a bottom plate 1, a left side plate 2, a rear side plate 3, a right side plate 4, a front side plate 5, an upper plate structural surface formwork 601, a lower plate structural surface formwork 602, side plates and side plate fixing bolts 7, upper and lower plate structural surface formwork fixing bolts 8, side plates and bottom plate fixing bolts 9, lower plate structural surface formwork and bottom plate fixing bolts 10.

The bottom plate 1 is a plate-shaped structure with a slot 101 in the middle, the slot 101 in the middle is used to place the assembled upper and lower plate structure surface formwork 6, and there are 8 through bolt holes 102 on the upper and lower sides of the bottom plate for fixing the side plates, and there are two through bolt holes 103 in the slot position in the middle of the bottom plate, which are used to fix the assembled upper and lower plate structure surface formwork 6.

Two bolt holes 201 are left on the front and back of the left side plate 2 for connecting with the front side plate 5 and the rear side plate 4 , and two bolt holes 202 are left at the bottom of the left side plate for connecting with the bottom plate 1 .

Two bolt holes are left on the front and back of the right side plate 4 for connecting with the front side plate 5 and the rear side plate 4 , and two bolt holes are left at the bottom of the right side plate for connecting with the bottom plate 1 .

There is a vertical slot in the middle of the back of the front side plate 5, which is used to place the assembled upper and lower panel structure surface templates 6. There are 4 through bolt holes on the left and right sides of the front side plate 5, which are used to connect with the left side plate 2 and the right side plate 3. Two bolt holes are left at the bottom of the front side plate, which are used to connect with the bottom plate 1.

There is a vertical slot 301 in the middle of the front of the rear side plate 3, which is used to place the assembled upper and lower panel structure surface templates 6. There are four through bolt holes 302 on the left and right sides of the rear side plate 2, which are used for the connection of the left side plate 2 and the right side plate 4. Two bolt holes 303 are left at the bottom of the rear side plate 3 for connecting with the bottom plate 1.

The upper wall structural surface template 601 and the lower wall structural surface template 602 are connected to each other through the fixing bolts 8 of the upper and lower wall structural surface templates. There are four bolt holes 603 on the left and right sides of the upper wall structural surface template 601, which are connected to each other. connect. The upper wall and the lower wall structural surfaces of the upper wall structural surface template and the lower wall structural surface template can match each other.

The manufacturing method of the overall molding of the structural surface sample includes the following steps:

1) Select the morphology of the upper and lower wall structural surfaces. According to the test requirements, select the corresponding upper wall and lower wall structural surface templates, and the upper wall structural surface template 601 and the lower wall structural surface template 602 are required to match each other.

2) Assembly of upper and lower plate structural surface templates. Place the selected upper wall structural surface template 601 and lower wall structural surface template 602 vertically first, and then put their flat sides against each other, and at the same time ensure that the bolt holes 603 on the upper and lower wall structural surface templates are aligned with each other, insert and tighten the upper and lower structural surface template fixing bolts 8 to complete the assembly of the upper and lower structural surface templates.

3) Installation of the assembled upper and lower plate structural surface templates 6 . Apply lubricating oil to the slot 101 in the middle of the bottom plate 1, nest the assembled upper and lower plate structural surface templates 6 into the bottom plate 1 from the middle position, tighten the lower plate structural surface template and the bottom plate fixing bolts 10, and complete the installation of the assembled upper and lower plate structural surface templates.

4) Installation of left and right side panels. The left and right side plates are of the same model, place the left and right side plates on the left and right sides of the base plate 1 respectively, and ensure that the bolt holes at the bottom of the left and right plates are aligned with the bolt holes 102 on the left and right sides of the base plate, and tighten the fixing bolts 9 of the side plate and the bottom plate to complete the installation of the left and right side plates.

5) Installation of front and rear side panels. The models of the front and rear side plates are the same, place the front and rear side plates on the remaining two sides of the bottom plate, and ensure that the assembled upper and lower plate structural surface templates 6 are just placed in the slots in the middle of the front and rear side plates, and the bolt holes at the bottom of the front and rear side plates are aligned with the bolt holes 102 at the bottom of the bottom plate, and tighten the side plate and bottom plate fixing bolts 8 and side plate and side plate fixing bolts 7 respectively to complete the installation of the front and rear side plates.

6) Apply release agent. After the installation is completed, apply a layer of release agent on the inner surface of the assembled mold to facilitate demoulding.

7) Pouring material. Pour the corresponding rock simulation material into the installed production mold, and the height of the poured simulation material is required to be slightly higher than the height of the mold.

8) Vibrate. Put the mold poured with the rock simulation material on a special vibrating table for vibration and compaction. After the vibration, the surface needs to be smoothed.

9) demoulding. After the vibration-compacted structural surface sample is left to stand for curing to meet the curing requirements, the structural surface is removed to make a mold. When removing the formwork, first unscrew all the bolts on the bottom plate, separate the bottom plate 1 from the side plates and the assembled upper and lower plate structural surface templates 6, then unscrew the side plate and side plate fixing bolts 7, separate the left and right side plates from the front and rear side plates, and finally separate the front and rear side plates from the assembled upper and lower plate structural surface templates 6 to complete the removal of the mold, and take out the structural upper plate A and the lower plate B from the left and right sides respectively.

10) Conservation. Put the structural upper plate A and structural surface lower plate B after the mold is removed into the special curing room for routine maintenance.

11) Assemble the upper and lower plates on the structural surface. After the curing is completed, the upper plate A and the lower plate B of the structural surface sample are taken out of the curing room, and the lower plate is placed on the lower plate and the upper plate is placed on the upper plate to assemble the structural surface and the lower plate to form a matching structural surface sample.

12) Replacing the built-in anastomotic structural surface template in step 1) can realize the production of different types of anastomotic structural surface samples.

In this embodiment, an irregular sawtooth structure surface is selected, the undulation angle of a single sawtooth is uncertain, the slope height is 5 mm, and the number of sawtooth can be designed or selected according to the test requirements.

The bottom plate is 125mm long, 120mm wide and 10mm high. There is a card slot in the middle of the bottom plate, the card slot is located on the upper surface of the bottom plate, the width of the card slot is 5mm, and the height is 5mm. There are 8 through bolt holes around the bottom plate, the diameter of the bolt hole is 6mm, and the distance between the center of the bolt hole and the two adjacent adjacent sides is 5mm and 20mm respectively. There are also two through bolt holes on the card slot in the middle of the bottom plate, the diameter of the bolt holes is 3mm, and the distance between the centers of the bolt holes is 20mm from the nearest side.

The models of the front and rear side panels are the same. For example, the rear side panel is 125mm long, 10mm wide, and 100mm high. There is a vertical card slot in the middle of the side panel. The card slot is located in front of the rear side panel. There are 4 through bolt holes on the left and right sides of the rear side plate, the hole diameter is 6mm, and the center distance of the upper and lower bolt holes is 20mm from the rear side plate and the lower edge. There are two bolt holes at the bottom of the rear side plate, the depth of entry into the side plate is 3mm, the diameter is 6mm, and the center of the bolt holes is 20mm from the left and right edges of the rear side plate.

The left and right boards are of the same type, taking the left board as an example, the left board is 100mm long, 10mm wide, and 100mm high. There are two through bolt holes on the front and rear sides of the left side plate, the hole diameter is 6mm, and the penetration depth is 3mm. The distance between the center of the upper and lower bolt holes is 20mm from the side plate and the lower edge. There are 2 bolt holes left at the bottom of the left side plate, the depth into the side plate is 3mm, the diameter is 6mm, and the center of the bolt holes is 20mm from the front and rear edges of the left side plate.

The structural surface template of the upper wall is divided into three parts, namely the structural surface topography area and the front and rear plate areas. The structural surface topography area is 100mmX100mm, 7.5mm thick (including sawtooth), and the front and rear plates have the same shape, 5mm long, 2.5mm wide, and 100mm high. The structural surface template of the lower plate is divided into four parts, which are the structural surface topography area, the front and rear plate areas, and the bottom plate area. The structural surface topography area is 100mmX100mm, 7.5mm thick (including serrations), and matches the structural surface on the structural surface template of the upper plate. The front and rear plates have the same shape, 5mm long, 2.5mm wide, and 10mm high. The bottom plate area is 110mm long, 5mm wide, and 5mm high. There are 2 bolt holes on the bottom surface of the template of the lower plate structure, the depth of entry is 3mm, the diameter is 3mm, and the center of the bolt holes is 20mm from the front and rear of the lower plate structure. There are 4 through bolt holes on the left and right sides of the structural surface formwork of the upper plate, with a diameter of 3mm. The center of the bolt holes is 2.5mm from the front and rear of the structural surface formwork of the upper plate, and 20mm from the upper and lower sides of the structural surface formwork of the upper plate. There are 4 through bolt holes on the left and right sides of the structural surface template of the lower wall, with a diameter of 3mm. The center of the bolt hole is 2.5mm from the front and rear of the structural surface template of the lower wall, 20mm from the upper edge of the structural surface template of the lower wall, and 25mm from the lower edge of the structural surface template of the lower wall.

A total of 16 bolts with a diameter of 6 mm are 13 mm long except for the nut, and there are 6 bolts with a diameter of 3 mm and a length of 8 mm except for the nut.

The strain-controlled direct shear instrument is used to measure the shearing test of the rock structural surface at a constant shear rate under different normal pressures, and measure the shear stress when the rock structural surface is damaged. The present invention can quickly and integrally produce samples of the irregular sawtooth structural surface and the lower plate that conform to the device, which is convenient, fast and effective.

Embodiments of the present invention are:

1) Select the morphology of the upper and lower wall structural surfaces. According to the test requirements, the irregular sawtooth structure surface is selected, the undulation angle of a single sawtooth is uncertain, the slope height is 5mm, and the number of sawtooth is calculated according to the test requirements.

2) The assembly of the irregular zigzag structural surface formwork of the upper and lower plates. Place the selected upper plate structural surface formwork 601 and lower plate structural surface formwork 602 vertically first, and then put their flat sides against each other, and at the same time ensure that the bolt holes 603 on the upper and lower plate structural surface formworks are aligned with each other, insert and tighten the fixing bolts 8 of the upper and lower plate structural surface formwork, and complete the assembly of the upper and lower plate irregular zigzag structural surface formwork.

3) Installation of the irregular zigzag structural surface template 6 of the assembled upper and lower plates. Apply lubricating oil to the slot 101 in the middle of the bottom plate 1, nest the assembled upper and lower plate irregular zigzag structural surface formwork 6 into the bottom plate 1 from the middle position, tighten the lower plate structural surface formwork and the bottom plate fixing bolts 10, and complete the installation of the assembled upper and lower plate irregular zigzag structural surface formwork 6.

4) Installation of left and right side panels. The left and right side plates are of the same model, place the left and right side plates on the left and right sides of the bottom plate 1 respectively, and ensure that the bolt holes at the bottom of the left and right side plates are aligned with the bolt holes 102 on the left and right sides of the bottom plate, tighten the fixing bolts 9 of the side plate and the bottom plate, and complete the installation of the left and right side plates;

5) Installation of front and rear side panels. The models of the front and rear side panels are the same, place the front and rear side panels on the remaining two sides of the bottom panel, and ensure that the assembled upper and lower plate irregular zigzag structural surface templates 6 are placed in the slots in the middle of the front and rear side panels, and the bolt holes at the bottom of the front and rear side panels are aligned with the bolt holes 102 at the bottom of the bottom panel, respectively tighten the fixing bolts 8 of the side panels and the bottom panel, and the fixing bolts 7 of the side panels and the side panels to complete the installation of the front and rear side panels;

6) Apply release agent. After the installation is completed, apply a layer of release agent on the inner surface of the assembled mold to facilitate demoulding;

7) Pouring material. Pour the corresponding rock simulation material into the installed production mold, and the height of the poured simulation material is required to be slightly higher than the height of the mold.

8) Vibrate. Put the mold poured with the rock simulation material on a special vibrating table for vibration compaction, and smooth the surface after the vibration.

9) demoulding. After the vibration-compacted structural surface sample was left to stand to meet the curing requirements, the structural surface was removed to make a mold. When removing the formwork, first unscrew all the bolts on the bottom plate, separate the bottom plate 1 from the side plate and the assembled upper and lower plate irregular zigzag structural surface formwork 6, then unscrew the side plate and side plate fixing bolts 7, separate the left and right side plates from the front and rear side plates, and then separate the front and rear side plates from the assembled upper and lower plate irregular zigzag structural surface formwork 6 to complete the removal of the mold, and take out the structural upper plate sample A and the lower plate sample B from the left and right sides respectively.

10) Conservation. After removing the mold, put sample A of the upper panel of the structure and sample B of the lower panel of the structural surface into a special curing room for routine curing.

11) Assemble the upper and lower plates on the structural surface. After the curing is completed, the upper plate A and the lower plate B of the structural surface sample are taken out of the curing room, and the upper plate is lowered, and the upper plate is placed on the upper plate to assemble the structural surface and the lower plate to form a matching structural surface sample, and finally form a matching irregular zigzag structural surface sample with a length, width, and height of 100 mm.

Claims (8)

1. a kind of mold that conforms to the overall molding of the upper and lower walls of the rock structure, is characterized in that: the mold includes base plate, left side plate, right side plate, front side plate, rear side plate, upper wall structural surface template and lower wall structural surface template, the upper surface of the upper wall structural surface template is the surface topography of the upper wall of the structure that needs to be made, and the lower surface is a plane; The lower surfaces coincide with each other, and the structural surface formwork of the upper wall and the structural surface of the lower wall are placed vertically, and the plane sides are back-to-back connected with each other; The upper plate structural surface formwork and the lower plate structural surface formwork connected back to back are detachably connected to the middle of the bottom plate, between the left side and the left side plate, between the right side and the right side plate of the bottom plate, between the front side of the bottom plate and the front side plate, between the back side of the bottom plate and the rear side plate can be detachably connected, and the adjacent left side plate, rear side plate, right side plate, and front side plate are detachably connected to form a mold cavity for pouring pouring materials. Face formwork and footwall structure face formwork. 2. The mold for integrally forming the upper and lower plates of the matching rock structure according to claim 1, wherein the detachable connection structure includes fixing bolts, and the fixing bolts pass through the bolt holes of the two components. 3. The mold for the integral molding of the upper and lower plates of the anastomotic rock structure as claimed in claim 2 is characterized in that: said fixing bolts include side plates and base plate fixing bolts, side plates and side plate fixing bolts, upper and lower plate structural surface formwork fixing bolts and lower plate structural surface formwork and base plate fixing bolts. 4. The mold for integral molding of the upper and lower plates of the anastomotic rock structure as claimed in any one of claims 1 to 3, characterized in that: the bottom plate is a plate-like structure with a slot in the middle, the slot in the middle is used to place the assembled upper and lower plate structural surface templates, there are 8 through bolt holes on the upper and lower sides of the bottom plate for fixing the side plates, and there are 2 through bolt holes in the slot in the middle of the bottom plate, which are used to fix the assembled upper and lower plate structural surface templates. 5. The integral forming mold for the upper and lower plates of the anastomotic rock structure as claimed in any one of claims 1 to 3, characterized in that: two bolt holes are left at the front and rear of the left side plate for connecting with the front side plate and the rear side plate, two bolt holes are left at the bottom of the left side plate for connecting with the bottom plate; two bolt holes are left at the front and rear of the right side plate for connecting with the front side plate and the rear side plate, and two bolt holes are left at the bottom of the right side plate for connecting with the bottom plate. 6. The mold for the integral molding of the upper and lower panels of the anastomotic rock structure according to any one of claims 1 to 3, characterized in that: a vertical slot is left in the middle of the back of the front side plate for placing the assembled upper and lower panel structural surface templates, 4 through bolt holes are left on the left and right sides of the front side plate for connecting with the left and right side plates, and 2 bolt holes are left at the bottom of the front side plate for connecting with the bottom plate. 7. The mold for the integral molding of the upper and lower panels of the anastomotic rock structure as claimed in any one of claims 1 to 3, characterized in that: a vertical slot is left in the middle of the front of the rear side plate for placing the assembled upper and lower panel structural surface templates, four through bolt holes are left on the left and right sides of the rear side plate for connecting the left side plate and the right side plate, and two bolt holes are left at the bottom of the rear side plate for connecting with the bottom plate. 8. The mold for the integral molding of the upper and lower plates on the matching rock structure surface as claimed in claim 3, characterized in that: the structural surface formwork of the upper wall and the structural surface formwork of the lower wall are connected to each other through the fixing bolts of the structural surface formwork of the upper and lower plate; the left and right sides of the structural surface formwork of the upper wall respectively leave 4 bolt holes and communicate with each other; connect.